Dr. Scott Best Life Senior

Owensboro, Kentucky , USA  •  IEEE Evansville-Owensboro Section
Tagline
SiberSci, LLC - https://sibersci.com/
Contact
  • Phone
    +12702284901 (Work)
  • Mailing Address
    Dr. Scott Best
    4557 Lake Forest Dr, Owensboro, Kentucky 42303-4483 USA (Home)
Biography
Dr. Best has successfully used his skills as a CTO, Senior Scientist, and as an Executive Engineering Leader to successfully solve problems throughout his career, which began working in the vacuum tube industry. Designing and fabricating any vacuum tube requires a knowledge of particle physics, material science, electromagnetic wave propagation, vacuum technology, and heat transfer, so it is a combination of all classical sciences combined into one application. As commercial and military applications for vacuum tubes diminished, Dr. Best developed solid-state amplifiers and oscillators for applications. This work diversified into the development of integrated antennas, low noise amplifiers, filters, mixers, transmissions lines, couplers, and any number of components necessary to build systems up to 300 GHz. His work in the Terahertz frequency span for JIEDDO enabled Dr. Best to be the founder of the IEEE Transactions on Terahertz Science and Technology.
Technical Expertise
Antenna
Electromagnetics, including EMI, EMC and EMP
Microwave
RF
CAD
Simulation and Modeling
Terahertz
Millimeter-Wave
Special Skills
Technical Specialties
Welcome to SiberSci, LLC, which provides clients with short-term and long-term Electromagnetic Engineering Research, Design, Development, and Manufacturing Services that are customized to satisfy their individual technical requirements in the following areas of expertise: Antenna Engineering – https://sibersci.com/antenna-engineering/ including Microwave Ablation Antennas for medical applications; Microwave Engineering – https://sibersci.com/microwave-engineering/; Microwave Heating Engineering – https://sibersci.com/microwave-heating-engineering/; Millimeter-Wave Engineering – https://sibersci.com/millimeter-wave-engineering/; RF Engineering – https://sibersci.com/rf-engineering/; RF Heating Engineering – https://sibersci.com/rf-heating-engineering/;
Additional Specialties
HFSS as a part of Ansys Electronics Workbench, Comsol Multiphysics, Keysight ADS and Eagleware, Sonnet, QUCS, CST Studio Suite, FEKO, Microsoft Office, Fortran, C, and C . VNA measurements in rectangular waveguide circuits; coax circuits; stripline, microstrip, and coplanar waveguide circuits; and combinations of transmission lines. De-embeddng analysis of measured and simulated S-parameters. Development of calibration kits for rectangular waveguide, coax, stripline, microstrip, and coplanar waveguide circuits. Load-Pull characterization of LDMOS, GaAs, InP, SiC, and GaN devices for optimization of amplifier performance. Frequency and temperature dependent dielectric material characterization (electrical conductivity, complex permittivity, relative permittivity, thermal conductivity, thermal diffusivity, density, and specific heat) so circuits are optimized to the intended operating environment. Spectral measurements of devices, and circuits.
Interests
Antenna arrays
Broadband antennas
Antenna measurements
Anechoic chambers
Cathodes
Electron emission
Electron tubes
Communication systems
Antennas and propagation
Computational electromagnetics
Finite difference methods
Electromagnetic fields
Computer applications
Monte Carlo methods
Electromagnetic field theory
Computer simulation
Current distribution
Antenna theory
Dielectric devices
Dielectric resonator antennas
Dielectric materials
Dielectric materials
Electrohydrodynamics
Ceramics
Dielectric thin films
Electrokinetics
Dielectric devices
Plastic insulation
Loaded waveguides
Glass
Permittivity
Ferroelectric materials
Insulation
Eigenfunctions and eigenvalues
Electrets
Capacitors
Electric fields
Electrostatic analysis
Maxwell equations
Electrokinetics
Electrohydrodynamics
Electrostatic processes
Synchrotrons
Electric heating
Electrodes
Electron emission
Electron tubes
Metal-insulator structures
Spark gaps
Air gaps
Electrodynamics
Electron beams
Electromagnetic fields
Electron optics
Ion beams
Electron tubes
Particle beam optics
Electrohydrodynamics
Electric fields
Electrokinetics
Dielectric materials
Electromagnetic analysis
Electrostatic analysis
Magnetic analysis
Mie scattering
Electromagnetic coupling
Electromagnetic induction
Couplers
Circulators
Electromagnetic shielding
Electromagnetic diffraction
Electromagne
Electromagnetic fields
Computational electromagnetics
Electrodynamics
Electromagnetic radiation
Electromagnetic diffraction
Electromagnetic propagation
Electromagnetic reflection
Mie scattering
Electromagnetic refraction
Electromagnetic scattering
Magnetic fields
Electromagnetic guns
Electromagnetic launching
Electromagnetic forces
Electrothermal launching
Electromagnetic measurements
Anechoic chambers
Antenna measurements
Dielectric measurement
Reflectometry
Electromagnetic model
Electromagnetic modeling
Electromagnetic propagation
Magnetostatic waves
Electromagnetic waveguides
Electromagnetic transients
Mie scattering
Electromagnetic fields
Waves
Electromagnetic pulse
Electromagnetic radiation
Waves
Electromagnetic fields
Electromagnetic wave polarization
X-rays
X-ray detectors
X-ray detection
Electromagnetic shielding
Electromagnetic coupling
EMP radiation effects
Electromagnetic transients
Transient analysis
Electromagnetic propagation
Electromagnetic scattering
Electromagnetics
Electromagnets
Magnetic levitation
Coils
Magnetic confinement
Electromechanical devices
Electromechanical systems
Electron accelerators
Electron sources
Electron beams
Electrons
Electron beams
Electrodynamics
Electron accelerators
Electron sources
Electrons
Free electron lasers
Flyback transformers
Electron emission
Transmission electron microscopy
Relativistic effects
Gyrotrons
Electron emission
Electron guns
Electrodes
Electron multipliers
Electron sources
Cathodes
Electron beams
Electron tubes
Electrons
Thermionic emission
Vacuum arcs
Photoelectricity
Vacuum breakdown
Electron guns
Electron emission
Electron mobility
Plasma properties
Electron multipliers
Electron emission
Photomultipliers
Electron tubes
Electron optics
Electrodynamics
Electron sources
Electron accelerators
Electron beams
Electron emission
Electron traps
Leakage currents
Reliability
Electron tubes
Cathodes
Anodes
Electron multipliers
Electrodes
Electrodynamics
Gettering
Electron emission
Electrons
Beta rays
Electron beams
Electron emission
Electron accelerators
Impact ionization
Phonons
Elementary particle exchange interactions
Cosmic rays
Schrodinger equation
Electrooptic devices
Electroluminescent devices
Electrooptic effects
Liquid crystal devices
Optical bistability
Optoelectronic devices
Electrooptic effects
Electroluminescence
Electrooptic devices
Electrooptical waveguides
Electrostatic analysis
Electric fields
Electromagnetic analysis
Electrostatic measurements
Electrostatic devices
Electrostatic processes
Electrostatic actuators
Electrostatic processes
Discharges (electric)
Electric fields
Electrostatic devices
Lightning
Elementary particles
Cosmic rays
Microwave photonics
Proton effects
High energy physics instrumentation computing
Field electron emission
Fractals
Antennas
Chaos
Computer graphics
Econophysics
Free electron lasers
Electron beams
Undulators
Relativistic effects
Gas discharge devices
Plasma devices
Electrophotography
Thyratrons
Discharges (electric)
Gases
Lighting
Gyrotrons
Electron beams
Horn antennas
Ion beams
Ion sources
Ion beam applications
Ion accelerators
Electrodynamics
Ion emission
Ions
Laser noise
Lasers and electrooptics
Lasers and electrooptics
Laser noise
Erbium
Launching (electromagnetic)
Linear algebra
Eigenvalues and eigenfunctions
Magnetic fields
Biomagnetics
Compass
Critical current density (superconductivity)
Magnetic analysis
Elect
Magnetic field measurement
Maxwell equations
SQUID magnetometers
Remanence
Synchrotrons
Micro-electromechanical devices
Microcavities
Photoluminescence
Spontaneous emission
Cavity resonators
Light emitting diodes
Whispering gallery modes
Microoptics
Micromachining
Electrochemical machining
Embossing
Etching
Microelectromechanical devices
Integrated circuit manufacture
Microassembly
Semiconductor device manufacture
Microwave antennas
Microwave photonics
Electrooptic modulators
Integrated optoelectronics
Optical modulation
Microwave circuits
Microwave devices
Elementary particles
Microwave communication
Mie scattering
Electromagnetic propagation
Electromagnetic forces
Electromagnetic fields
Electromagnetic measurements
Electromagnetic analysis
Mode matching methods
Antenna theory
Matrices
Waveguide theory
Nonlinear optics
Thermal lensing
Pattern formation
Electrooptic effects
Photonic crystals
Optical refraction
Photorefractive effect
Photorefractive materials
Thermooptic effects
Refractive index
Permeability
Magnetic materials
Permeability measurement
Proton effects
Elementary particles
Elementary particle exchange interactions
Radiation effects
Thermal factors
Space vehicles
High energy physics instrumentation computing
Protons
Schrodinger equation
Electrons
Slot antennas
Stark effect
UHF devices
UHF antennas
Vacuum arcs
Thermionic emission
Electron emission
Vacuum systems
Vacuum breakdown
Electron emission
Vacuum systems
Vacuum technology
Field emitter arrays
Gettering
Space charge
Vivaldi antennas
Waveguide components
Helical antennas
Yagi-Uda antennas
Experience
Owner/Partner
SiberSci, LLC
Employment Settings
Employment Preferences
  • Employment Type
    Full-time, Part-time, Consultant, Contract Employee
  • Desired Salary
    Not Applicable
  • Travel
    50%
  • Willing to relocate
    Yes
  • Available for International Assignments
    Yes
  • Commute
    Not Applicable
Education
University of Utah
Doctor of Philosophy
Engineering , 1996